"Eigenvectors and eigenvalues..."

After downloading a batch of documents, Chen Zhou couldn't help but frown and silently recited these two keywords.

Even though this is Chen Zhou’s favorite research method, there are too many documents found on the computer, right?

Chen Zhou searched a massive amount of literature on the preprint website e-print    arxiv.

Although this reflects the power of the preprint website e-print     arxiv, it also reflects the extensive research on basic mathematics.

But this is not what Chen Zhou wants!

Chen Zhou had to screen out the documents he needed from this massive amount of documents and then download them.

This is really time-consuming for Chen Zhou.

Chen Zhou couldn't help but think of Zhang Yifan and the topic of the Forty-three Institute that year.

"Sure enough, someone helps prepare the information, that's fine..."

Chen Zhou sighed in a low voice.

Immediately, Chen Zhou thought of his four assistants and his students who had not yet registered.

He thought that if he encountered such a situation again in the future, he would definitely have to make arrangements.

Anyway, he has no shortage of people under his command now.

Furthermore, if you don’t do things like this that help students grow, Chen Zhou will feel ashamed.

Chen Zhou's mood improved a little while thinking about this.

After refocusing on the computer screen in front of him, Chen Zhou began to filter out the documents on this page after page.

During the screening process, Chen Zhou was also thinking about adding new keywords.

Since you can't help others, you can only find a way out by yourself.

Otherwise, if so many documents are screened one by one, he will not do this topic.

As time goes by, Chen Zhou's speed of screening documents is gradually accelerating.

On the one hand, it is because of the addition of new keywords.

On the other hand, it is because Chen Zhou discovered the rules of these documents of varying quality on the preprint website e-print    arxiv.

Now he can distinguish the pros and cons of the literature without clicking it one by one.

Download the documents that will be useful to him and are needed.

But this is a time-consuming process after all. Chen Zhou still spent a lot of time searching and downloading documents.

After downloading a document again, Chen Zhou looked at his watch and temporarily stopped the search and download of the document.

He had to turn to the embrace of issues related to neutrino oscillation.

But what Chen Zhou didn't know was that not long after he uploaded the research paper on the Minimal Model Program to the preprint website e-print    arxiv.

The number of visits to this website began to rise sharply.

This once made the website manager think whether the website was hacked.

After analyzing the background data, they felt relieved.

These increased visits are all aimed at a newly uploaded paper.

But while rest assured, they are also very curious.

What kind of paper can attract such a large amount of traffic?

Moreover, this is obviously a paper that has just been uploaded not long ago, so why did it attract such great attention in such a short time?

Out of curiosity, the website administrators also found this newly uploaded paper.

When they saw the author's name hanging on the paper, they were no longer surprised.

I also instantly understood why these sudden increase in visitors were so excited.

After all, in the mathematical world, which mathematician has the attention of the current mathematician, can compare with that of the young mathematician in China?

These managers are right.

The reason why the number of website visits suddenly increased sharply was because the news of Chen Zhou uploading the paper was spread.

Then, it attracted a large number of followers.

The number of downloads of Chen Zhou's paper "Research on Minimal Model Programs and Z-Theory" is also rising at an extraordinary speed.

This was actually something Chen Zhou didn't expect.

Because in his opinion, not many mathematicians have studied the topic of minimal model programs.

Then, on the preprint website e-print    arxiv, there will naturally not be many people who are paying attention to research trends in this field.

Therefore, when Chen Zhou uploaded his paper, he was thinking that his paper would probably not be paid attention to by many people.

To truly enter people's vision, we probably need to wait until the latest edition of "Mathematics Annual" is published.

However, what Chen Zhou didn't think about was.

There are indeed not many people who are paying attention to this research field.

But there are not many people who follow him at all.

When he uploads the paper's updates, he notifies everyone who follows him in the form of a brief message.

The attention of his paper suddenly increased.

Even for a period of time, the attention in the field of the extremely small model program remained high.

On the preprint website e-print    arxiv, every once in a while, a large number of papers on the program of minimal models and further research appeared.

To quote Tao Zhexuan, it is Chen Zhou, who used his own strength to bring the eyes of mathematicians around the world back to this forgotten field.

Of course, Chen Zhou, who is focusing on research on neutrino oscillation at this time, still doesn’t know what happened on the e-print     arxiv website.

After the minimal model program was solved, the research on neutrino oscillation related topics became his only adjustment between searching and downloading documents.

What’s interesting is that Chen Zhou now even felt a little happy when he looked at these not unfamiliar contents.

It can only be said that the screening and downloading of large quantities of documents really made Chen Zhou feel boring and boring.

However, to find the answer to his strong feelings, this is another thing that must be done.

This is also an objective situation that must exist in the process of academic research.

Compared with other scholars, Chen Zhou was lucky that he was able to get some feedback from the time he first conducted academic research.

Unlike most scholars, who are like exploring and moving forward in the dark, no one knows what kind of scene is ahead.

It is precisely because of this that Chen Zhou was glad while trying to change himself.

"Theoretically, before the standard model was exceeded, neutrinos belonged to fermions, and neutrinos with taste in 3 were also charged leptons in the third generation, forming an isotopic cyclone double state..."

"The non-conservation of parity in weak effects also shows that neutrinos involved in weak effects are left-handed neutrinos without right-handed neutrinos..."

"From the bicomponent neutrino theory proposed by Mr. Yang and others, as well as the weinberg-salam model that describes weak interactions, it is shown that only left-handed neutrinos and right-handed antineutrinos are present..."

"And this neutrino intrinsic spin determines that its mass is zero..."

"This also corresponds to the Standard Model. If there are no right-hand neutrinos, the mass term of the neutrinos in the mass term of the Lachner quantity of the standard model interaction is zero..."

"This means that neutrinos are strictly massless in the standard model..."

Chen Zhou tried to think about the quality of neutrinos from the perspective of the standard model again.

Thinking about a topic from multiple angles is also a research method that Chen Zhou likes to use.

Because only by clarifying the original logic of the problem can we discover the real problems in the project and solve this problem.

Chen Zhou also discovered at this time that the standard model's restrictions on neutrinos are a bit too rigid.

Because the standard model theoretically predicts that there is mixing, or oscillation, between the third generation of quarks, its mixing matrix is ​​unitary.

However, the conservation of lepton numbers ensures that there is no mixing between neutrinos in the third generation.

That is, no neutrino oscillation occurs.

Therefore, any evidence that neutrinos have mass or can oscillate will indicate that there is a new physics beyond the standard model.

But the reality now is that neutrino oscillation does exist.

The new physics beyond the standard model is likely to exist.

Thinking of this, Chen Zhou chuckled softly.

He remembered what a physicist said.

The standard model is nothing more than the current physical status of sewing and patching.

Chen Zhou now can understand the meaning of this sentence.

Retracting his thoughts, Chen Zhou picked up the pen and continued to study it on the draft paper.

Speaking of which, the proposal of neutrino oscillation is also based on the standard model.
To be continued...